function [ figResponsiveness figVariability ] = plotResponsivenessAndVariability( stimulusPowerspectrum, restPowerspectrum, description, electrodeLabels, frequenciesOfInterest)
%PLOTRESPONSIVENESSANDVARIABILITY Display the responsiveness plot and the
%   variability plot

disp(['Plotting the responsiveness and variability for ' description]);

[ normalizedMeanDiff restVar stimVar ] = collapsePowerspectrum( restPowerspectrum, stimulusPowerspectrum );

% Responsiveness figure
figResponsiveness = plotResponsiveness( ...
    normalizedMeanDiff, ['Responsiveness (', description, ')'], ...
    electrodeLabels, frequenciesOfInterest);

% Variance figure
figVariability = plotVariability( ...
    stimVar, ['Standard deviation of Spectrum/Mean of Stimulus (', description, ')'], ...
    restVar, ['Standard deviation of Spectrum/Mean of Rest (', description, ')'], ...
    electrodeLabels, frequenciesOfInterest);

end